Summary: code snippets and explanation of how to validate HTTP-response using openapi-core package If you deal with some service based on OpenAPI Specification you might want to perform validation of HTTP responses returned by it. One of the ways to do this an internet search provides for Python is to use openapi-core package. If you look at their documentation ( here or here ) you will find it very stingy: couple of short code snippets and couple of sentences just stating what is done. In particular for response validation we have exactly the following: You can also validate against responses from openapi_core . validation . response . validators import ResponseValidator validator = ResponseValidator (spec) result = validator . validate (request, response) # raise errors if response invalid result .raise_for_errors() # get list of errors errors = result .errors ... Here we see some confusing things: why do we need a request object to be able to validate the respo
Logic is a doctrine of correct judgment and it’s “our everything” (in the sense that it is necessary for any theory and learning). But to discover or ‘invent’ (formulate for the very first time) the laws of logic it is already necessary to think (judge) correctly — so there is a question: Isn’t there a kind of paradox? Or at least a vicious circle? Indeed, if you think correctly you can formulate correct logic laws and using them prove something (and maybe the way of how you judged about correctness of the laws formulated) — but if you don’t then the laws are invalid and you are unable even to find that. Seems the ability of reasoning is intrinsic for people (at least for those who is educated enough) and the ‘discovery’ of the ‘laws’ is just a result of observations (of own and other people thinking and judgments and their correspondence to a real state) and further refinements of them. But usually that ability is unconscious (intuitive) and informal (nobody judges like “A is true bec
Example of how to check some conditions when ALL test suites finished (or enforce some test running at the end of session). This may be useful to ensure that you have tested all functions of some module whose interface can change in future. The code: from pytest import fixture Data = dict ( cnt = 0 ) @fixture ( scope = 'session' ) def data_0 (): yield Data # (this will be done AFTER all tests below) assert Data [ 'cnt' ] == 3 , f 'data-cnt: { Data [ "cnt" ] } ' @fixture def data ( data_0 ): Data [ 'cnt' ] += 1 return Data [ 'cnt' ] def test_11 ( data ): print () print ( 'test-11:' , data ) def test_12 ( data ): print () print ( 'test-12:' , data ) Output: ERROR test_1.py::test_12 - AssertionError: data-cnt: 2 _________ Other articles ~ programming
Comments
Post a Comment